DSC1003DL2-100.0000T

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Oscillators

Oscillators are devices that generate periodic, as opposed to random or noise, voltage signals in circuits and systems. These signals are referred to as source signals and can be used for a variety of functions in the electronics industry, such as test and measuring instruments, communication systems, timing and control functions, signal modulation, and frequency synthesis.

The DSC1003DL2-100.0000T is a frequency-generating, direct-drive oscillator that is designed to provide performance far beyond that of conventional piezoelectric and quartz crystal oscillators. It can provide a very reliable, long term, low jitter signal with low instantaneous stability drift over an operating temperature range of -20°C to +70°C.

The DSC1003DL2-100.0000T combines the most efficient coverage of an acoustically active element with the most cost effective integrated resonator design. The device allows for a broad frequency range from 5 kHz to 100 MHz with low power consumption, enabling the full range of DSC1003DL2-100.0000T application fields. The DSC1003DL2-100.0000T is designed to support the most advanced RF applications, such as high speed radios, Wi-Fi systems, Bluetooth applications, and cellular base station applications.

The integrated resonator is composed of a low temperature coefficient of frequency (TCF), thin-film-piezoelectric oscillator and a driver to power the crystal. This combination of components provides accuracy, stability, and low phase noise in the targeted application field. This resonator design is also ideal for highly accurate frequency synthesis.

The working principle of the DSC1003DL2-100.0000T oscillator is based on the direct-drive approach. This method uses a single integrated, temperature-compensated oscillator to generate a stable frequency signal with high accuracy and low jitter. The control circuit of the device ensures that the crystal is continuously reset and powered to maintain an accurate phase shift throughout the operating temperature range. The integrated resonator design minimizes sensitivity to environmental conditions by reducing spurious vibration and shock, and it allows for wide temperature tuning.

The DSC1003DL2-100.0000T is designed to provide the best possible performance within the limits of cost. With its integrated resonator design, it can meet demanding requirements of accuracy, stability, and low jitter in a wide variety of devices including test and measurement instrumentation, communication systems, frequency synthesis, and industrial and medical applications.

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